发动机油杂质及液位监测系统

Birali Prasanthi, Komirishetty Saiteja, Kakumani Sravya
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引用次数: 0

摘要

无论是2轮车、3轮车还是4轮车,每辆车的关键机械部件都需要发动机油才能顺利工作。发动机油的主要功能是润滑不断发生摩擦的发动机运动部件。因此,摩擦减少,这往往会减少发动机零件的寿命。在燃烧过程中,能量被浪费,机械部件之间的摩擦提高了发动机的温度。随着使用次数的增加,发动机需要大量的磨损,这会导致机油中杂质的积累。该项目描述了基于物联网的石油杂质、液位监测仪器的设计和开发及其操作方法。本项目采用了一种独特的LED分光光度法。本项目研制的仪器将对内燃机油底壳润滑油进行定性和定量评价。这反过来又有助于采取果断行动,保持生态排放和发动机的生命周期。
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Engine Oil Impurities and level Monitoring System
The key element for mechanics of every vehicle be it a 2-wheeler, 3-wheeler, 4-wheeler and so on requires engine oil to work smoothly. Engine oil's primary function is to lubricate the moving elements of engines, which are constantly undergoing friction. As a result, friction is decreased, which tends to diminish longevity of engine parts. During combustion, energy is wasted, and mechanical parts rubbing against one another raise engine temperature. With increased usage the engine takes a lot of wear and tear this leads to accumulation of impurities in the oil. The project describes the design and development of an IoT based oil impurities, level monitoring instrument and its operational methodology. This project uses a unique approach with LED spectrophotometry. The developed instrument in the project will do Qualitative and Quantitative assessment of lubricant oil in IC engine’s sump. This in turn aids in carrying out decisive actions to maintain the ecological emissions and engine life cycle.
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